5962-9864601QEA

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Linear - Amplifiers - Special Purpose

5962-9864601QEA is a special purpose amplifier for radio frequency (RF) applications. It is the linear amplifier chosen for its operational autonomy and generation of small amounts of spurious signals. It is widely used for radio receivers, transmitters and digital communications equipment.

This amplifier is made up of a balanced-bridge input stage, two pre-amplify stages, an output stage and an output dc-blocking capacitor. A bias-voltage generator is connected to the amplifier at the input stage, allowing it to operate at low voltages. A mechanism called automatic level control adjusts the bias voltage of the amplifier automatically, allowing it to be operated at low distortion levels.

The amplifier is designed with four sections: input, pre-amplifiers, output, and power. The input is designed to accept oscillating signals with varying frequencies. It is the first stage of the amplifier; the output of this section needs to be amplified and conditioned for passing through the pre-amplifier stages.

The pre-amplifier stages provide further gain for the input signal and add necessary filtering for passing the signal to the output stage. The pre-amplifier also compensates for temperature variation and other environmental factors, providing even gain over a wide temperature range.

The output stage of the amplifier is a push-pull design that allows for better linearity and less distortion. It provides a balanced output signal with a high amplitude.

The power section for the 5869-6072601QEA amplifier is designed to provide power easily. The power is supplied through external power supplies. The output power supply can be connected to multiple amplifiers in parallel while the device is running.

In summary, 5862-9864601QEA amplifier is an ideal choice for broadcast applications. It provides high-gain, wide frequency response, linearity, low spurious signals, good isolation and excellent noise isolation. The amplifier is designed with the latest technology and can maintain a high-performance profile even in extreme operational conditions. It is an excellent choice for applications like radio receivers, transmitters and digital communications equipment.

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